Types of Drones | Quadcopters | 6 Axis Drones

In today's world, drones have spread their wings in the skies for various purposes. From aerial filming mission to photography, drones have proven their amazing results. Initially, drones were developed to help in military surveillance. This made them crucial tools for the military to spy especially in places that were hard to reach. However, today, drones have turned into powerful features which have made them penetrate all the way to other professionals, celebrities and spreading their feet into the public places.

So, what started as a mare toy is now considered the most valuable asset in the recreational industry.

Types of Drones Available

If you are planning to purchase your dream drone and you're having troubles in selecting one, then this article will help you know some of the best types of drones available in the market.

Types of drones are divided into four main categories. These include: according to the equipment, according to the number of the propellers, according to the range and finally according to size.

According to Equipment

This category contains types of drones such as those with cameras, GPS and EPV.

1. Drones with Cameras They are featured with cameras which give the best capture in tight areas. Film-makers commonly use them for film footage and live video purposes.

2. Drones with GPS They come with GPS mounted on it, They are suitable for capturing information in a fixed location, and they can return to the owner after completing the task or running short of battery. EPV Drones (First Person Viewing) They are also commonly used in the film industry. They are ideal for recording live things as they are viewed in real time basis. They are controlled by a portable monitor

According to Number of Propellers

1. Tricopter

This drone is built with powerful motors, controllers, gyros, and servo. The motors hold the location sensor while the gyro receives the signals which then sends them to the controller to help in rotation of the motor.

2. Quadcopter

These are mult-irotor which are designed with four rotor blades. Two of its motos rotates in a clockwise direction while the other two in the opposite direction to ensure safe landing of the quadcopter.

3. Hexacopter

Hexacopter is a 6 axis drone which has 6 built-in motors, where three rotate on a clockwise direction and the other three work in opposite direction. They have a powerful lifting power as well as safe landing.

According to Range

This is based on the distance the drone is capable of flying away from the user. It ranges from very close range to mid-range.

1. Close Range

These types of drones can be controlled from 50Km away from the user. They have a powerful battery to back up their operations in the air.

2. Short Range

They can operate from 150Km away from the users. Thier battery is powerful to enable it to stay in the air to 12 hours of operations.

3. Mid-Range

These drones can be controlled from a distance of 650Km. They are mostly used in the collection of scientific data and surveillance as well.

According to Size

This category comprises of types of drones depending on the sizes, from very small to large drones.

1. Very Small Drones

These drones are tiny in size (insect-size) which are usually used in spying. They are also called micro drones.

2. Small Drones

These are a bit bigger than microdrones. They have fixed wings and very high powered.

3. Medium Drones

These are smaller than light aircraft and are mainly carried by two people.

4. Large Drones

Their size is almost that of small aircraft. They are commonly used by military in areas that are heavily guarded. They are featured with powerful cameras that capture the operations.

How to Use Drones

This a mini-guide aims to give you comprehensive skills on how you will fly a drone.

1. Powering Up

To power up your drone, you have to use the control tools which has many optional features for operation.

Step 1: The first step is to turn on the transmitter, aircraft and then verify the connection between them.

Step 2: Verify the battery and the fuels for the transmitter and aircraft.

Step 3: Ensure that the antennas of the transmitter are facing towards the sky. Verify the display panel if it's functioning correctly.

Step 4: Ensure the transmitter has acquired the target locations from satellites.

2. Taking Off This process is done in few steps. You need to ensure if there are any irregularities in your transmitter before taking off. You need to recheck your devices for any warning that they may send before sending them to the air.

Step 1: Using transmitter control tool, take off the aircraft to eye level attitude.

Step 2: Proceed with the flight operation.